
Photograph-1: Research Facility at Department of Life Sciences (Zoology & Botany) created under Department of Biotechnology (DBT), New Delhi funded BUILDER-Manipur University Life Sciences Interdisciplinary Research

Photograph-2: Research Facility of Scanning Electron Microscopy (SEM) and Energy Dispersive X-ray Fluorescence (ED-XRF) house at Department of Physics created under Central Instrumentation Facility of Manipur University.

Photograph-3: Gamma Ray Radiation Facility of Manipur University located at southern side of Department of Life Sciences (Zoology), MU
Download APPLICATION FOR PERMISSION FOR ANIMAL EXPERIMENTS[link]

Photograph-4: Green House and Animal House and Facility of Manipur University located at Department of Biochemistry and Old Life Sciences Building.

Photograph-5: Manipur University Central Museum located at Western Side of Department of Anthropology, MU

Photograph-6: Manipur University Fish Museum (MUFM) located at the first floor, northern side of Department of Life Sciences (Zoology), MU

Photograph-7: Aquaculture Facility (FISA Lab) of Manipur University located at eastern side of Department of Life Sciences (Zoology), MU


Photograph 8: Studio & Editing Room of Educational Multimedia Research Centre (EMMRC), Manipur University



Photograph 9: Delcon Consortium & Sudh Sudhi Online Research Facilities of Manipur University Library

Photograph 10: Catenary Hall of Manipur University


Photograph 11: Open Air Theatre of Manipur University located behind Catenary Hall

Photograph 12: Front View of Department of Fine Arts of Manipur University where Arts galleries were located


Photograph 13: Art Galleries of Department of Fine Arts of Manipur University
10. Radon Observatory Installed at Manipur University
On February 16, 2024, a solar-powered Radon Observatory named Bhabha Radon Observatory for Seismic Application (BHAROSA) was installed at the Department of Physics, Manipur University.

This observatory is a part of the Indian Network for Detection of Radon Anomaly (INDRA) project by the Bhabha Atomic Research Centre (BARC), with 100 similar stations across the country. The Vice Chancellor, Prof. N Lokendra Singh, welcomed the initiative and expressed his support for the same.
The device, BHAROSA, developed by BARC’s Radiological and Advisory Division, is buried 2 feet underground and requires only about 2 square meters of space for installation. Weighing 150kg, it is a solar-powered equipment designed in-house to study seismic activities in the region. BHAROSA detects radon, a radioactive gas emitted by the decay of Uranium found naturally in variable concentrations in the rocks and soils deep ground, and sends signal directly to the monitoring centre at BARC. This solar-powered observatory continuously monitors the radon emissions, detecting any changes in radon signals for modelling and investigating as a precursor to earthquake early warning.